Material Processing Solutions
High Vacuum and Thermal Process Technologies
- Thermal Diffusion
- Thin Film Deposition
- Heated Tube Assemblies
- High-Temperature Vacuum Processing
Innovative & Experienced
PVI Technology manufactures thermal diffusion systems, thin film deposition systems, heated tube assemblies, and high-temperature vacuum processing equipment for demanding applications, including:
- Photovoltaics
- Flat-panel display
- Semi-conductors
- Aerospace
Custom Built, Dedicated Support
- Leading-edge engineering
- Superior manufacturing
- High-quality workmanship
- Complete turnkey solutions
- World-class support
Ready to find out what we can build for you?
Let us know your project specs
OUR PRODUCT LINE
Innovative Technology You Can Depend On
QRV - 100/200
Quartz Furnace
The quartz vacuum furnace consisting of a split tube furnace and a quartz tube configured with stainless steel collars at each end of the tube. Gas inlet and pressure monitoring are provided on one end and gas exhaust at the other end of the tube. This configuration allows the substrates to be heated in a vacuum or with gas flowing. The furnace has three, split heater zones for control of the top and bottom heater elements.
HWRF FURNACE
HOT WALL RETORT FURNACE
Dual-ended horizontal, cylindrical vacuum chamber, high degree of reliability, safety and flexibility, 20 hot zones with independent thermocouples, operating temperatures up to 1000˚C, 2-axis sliding door assembly, limit switches, all required ports for pressure monitoring, process gas flow, pumping, temperature measurement, venting, and auxiliary purposes.
SAS - 100
GEN 3.5 FURNACE
The SAS-100 Gen 3.5 thermal diffusion system contains a horizontal process chamber fabricated from opaque Quartz. The SAS-100 Gen 3.5 system is designed and manufactured to have a high degree of reliability, safety, and flexibility for future system modifications. Heater zones can be configured as per customer requirements.
CYLINDRICAL
MAGNETRON
Precise, controlled tube cleaning and coating. Applications include coating accelerator beam tubes with thin films including crystalline Cu, Nb, Au, a-C films and other materials.